Development of Optimized Test Planning Procedures for Stabilizing Ramp-up Processes by Means of Design Science Research

Development of Optimized Test Planning Procedures for Stabilizing Ramp-up Processes by Means of Design Science Research
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通过设计科学研究开发优化测试计划程序以稳定斜坡上升过程

DOI:
10.1016/j.procir.2016.05.056
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发表时间:
2016
期刊:
Procedia CIRP
影响因子:
--
通讯作者:
Robert
Robert
中科院分区:
--
文献类型:
--
作者:
Kukulies;Bjoern;Schmitt;Robert

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计划外的工程变更是生产提升过程中的主要干扰因素。它们需要耗时的资格和审批程序才能进行与产品或流程相关的重新设计。在生产升级过程中的许多工程更改可以追溯到产品成熟度不足,在产品开发的先例阶段没有得到充分的增加。通过应用有效和高效的产品测试流程,可以在早期阶段测量和提高产品成熟度。因此,可以避免计划外的工程更改。然而,现代测试管理程序缺乏方法论支持,特别是在测试计划领域。到目前为止,测试需求的成功评估和必要的测试规范的选择主要依赖于测试管理团队的专业知识。本论文的重点是开发优化的测试计划程序,以加速产品早期成熟度的提高,从而稳定生产提升过程。按照设计科学的研究方法,将评估问题陈述在生产提升的应用环境中的相关性。此外,还将分析与考试管理相关的知识库的方法,以构建应用研究方法的严密性。基于对相关环境中的业务需求的评估和对应用知识的调查,提出了一个用于派生优化测试计划过程的研究框架。
Unplanned engineering changes represent a major field of disturbance during production ramp-up. They require time-consuming qualification and approval procedures for product- or process-related redesign. Numerous engineering changes during production ramp-up can be traced back to lack of product maturity, not sufficiently increased during the precedent stage of product development. By applying effective and efficient product testing processes, product maturity can be measured and enhanced at an early stage. As a consequence, unplanned engineering changes can be avoided. Nevertheless, contemporary test management procedures lack of methodological support, especially in the field of test planning. To date, the successful evaluation of testing demand and selection of necessary test specifications mainly depends on the expert knowledge of the test management team. The present paper focuses on the development of optimized test planning procedures in order to accelerate early product maturity enhancement for stabilizing production ramp-up processes. Following design science research methodology, the relevance of the problem statement in the application environment of production ramp-up will be assessed. Furthermore, approaches of the knowledge base related to test management will be analyzed in order to constitute rigor of the applied research approach. Based on the evaluation of business needs from the relevant environment as well as the investigation of application knowledge, a research framework for deriving optimized test planning procedures is presented.
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